M991 Search Results

SB-U-02-002

Abstract: 79RV4640-XXXDU SB-U-03-003 SB-U-02-004 SB-U-03-002 79RV4650-XXXDP 79RC64V474 SB-U-01-001 79RC64V475-XXXDP EME-6730UC
Contextual Info: Integrated Device Technology, Inc. 2975 Stender Way, Santa Clara, CA - 95054 PRODUCT/PROCESS CHANGE NOTICE PCN November 8, 1999 MEANS OF DISTINGUISHING CHANGED DEVICES: PCN #: M9911-03 DATE: Product Affected: 79RC64V475-XXXDP; 79RC64V474-XXXDZ Product Mark

79RC5000

Abstract: M9911
Contextual Info: Integrated Device Technology, Inc. 2975 Stender Way, Santa Clara, CA - 95054 PRODUCT/PROCESS CHANGE NOTICE PCN PCN #: M9911-06 DATE: November 19, 1999 MEANS OF DISTINGUISHING CHANGED DEVICES: Product Affected: 79RC5000 Product Mark Back Mark Manufacturing Location Affected:

Teltone

Abstract: Teltone M-949 Teltone M957 teltone m949
Contextual Info: Application Notes The following application notes are currently available onTeltone’s web site: Application Note #01 Applications for the M-980 Call Progress Tone Detector Application Note #02 An algorithm for call progress following with the M-980 Application Note #03

Contextual Info: tC e l x d n e M-991 Call Progress Tone Generator §> The Teltone M -991 is a call progress tone generator inte­ grated circuit for use in telephone system s. The circuit uses low -pow er CMOS techniques to generate tones which are digitally controlled and highly linear. The M -991 is designed

ic 8870

Abstract: of DTMF 8870 MOTOROLA IC 16-PIN DIP
Contextual Info: w Ë Æ ï * - '. tC e l x d n e Telecom Design Solutions Selection Guides MF Trunk Signaling iCs D e s c rip tio n Packages China Region 2; Dual Channel MF Tiurii. Transceiver 14-pin Mastic Pi Cf. M-986-1R1 Region 1 Single Channel MF Trunk Transceive: 40-pin plastic D ip

Call Progress Tone generator

Abstract: teltone m-993 TELTONE M-991 M-991-01 M-991-01SM M-991-02SM M-993
Contextual Info: tC e i i c o n e - call p r o g r e s s t o n e RECEIVERS & TRANSMITTERS INNOVATING SOLUTIONS M-991 Call Progress Tone Generator S> The Teltone M-991 is a call progress tone generator inte­ grated circuit for use in telephone systems. The circuit uses

Contextual Info: i CALL PROGRESS TONE RECEIVERS & TRANSMITTERS HI-991 Call Progress Tone Generator The Teltone® M-991 is a call progress tone generator inte­ grated circuit for use in telephone systems. The circuit uses low-power CMOS techniques to generate tones which are

Call Progress Tone generator

Contextual Info: M-991 Call Progress Tone Generator INTEGRATED CIRCUITS DIVISION Features • Generates standard call progress tones • Digital input control • Linear analog output • Power output capable of driving standard line • 14-pin DIP and 16-pin SOIC package types

8880 dtmf

Abstract: DTMF 8870 8870 dtmf m976 m-976 Teltone MF GENERATOR TELTONE m-949-01
Contextual Info: n = tM -ii;i# I«ietmO«si|*Ssiirtwss C o n te n ts Customer Assistance Component Selection G

Contextual Info: SMJ27C128 131 072-BIT UV ERASABLE PROGRAMMABLE READ-ONLY MEMORY SGM S006C Military Operating Temperature Range J P ackage . . . - 5 5 ° C to 125°C Top V iew MIL-STD-883C Class B High-Rellabillty Processing Organization . . . 16K x 8 Single 5-V Power Supply

Contextual Info: CALL PROGRESS TONE RECEIVERS & TRANSMITTERS tC e l i c o n e INNOVATING SOLUTIONS M-991 Call Progress Tone Generator The Teltone M -991 is an integrated circuit call progress tone generator for use in telephone system s. The circuit uses low-power CMOS techniques to generate tones which are

LCA717

Abstract: 0-10v to 4-20ma cpc9909 IX2127 PM1206 en50130-4 CPC1020 CPC1002N deutsch relays inc 35v, 1amp smps circuits
Contextual Info: Clare, a wholly owned subsidiary of IXYS Corporation, located 20 miles north of Boston, Massachusetts, USA, designs, manufactures, and markets a wide variety of semiconductor devices. Clare’s wafer fabrication facility features a 600V BCDMOS process on a bonded-wafer, silicon-on-insulator, trench-isolated

cpc9909

Abstract: 6-pin smps power control ic cpc1943 MXHV9910 0-10v to 4-20ma Line Driver SHDSL IX2127 CPC1230 opamps catalog deutsch relays inc
Contextual Info: Clare, a wholly owned subsidiary of IXYS Corporation, located 20 miles north of Boston, Massachusetts, USA, designs, manufactures, and markets a wide variety of semiconductor devices. Clare’s wafer fabrication facility features a 600V BCDMOS process on a bonded-wafer, silicon-on-insulator, trench-isolated

axcel m9-905-0500-050

Abstract: QA91 diode 910 910nm laser 910nm
Contextual Info: Product Specifications Features 915 nm Multi-Mode Laser Diodes • Up to 3 W CW output power. • High Quality, Reliability, & Performance Description: Applications High brightness, high quality, and high reliability are the foundation of our multi mode product line.

Contextual Info: M-991 Call Progress Tone Generator Features Description • • • • • • • • Generates standard call progress tones Digital input control Linear analog output Power output capable of driving standard line 14-pin DIP and 16-pin SOIC package types

T5C1005DJ

Contextual Info: M IC R O N MT8S25632 SRAM MODULE 256K x 32 SRAM FEATURES Industry com patible pinout High speed: 20, 25, 35 and 45ns H igh-density 1MB design H igh-perform ance, low-power, CMOS process Single +5V ± 10^ pow er supply Easy m em ory expansion w ith CE function

M991-02SM

Contextual Info: tC e l x d n e M-991 Call Progress Tone Generator Applications The Teltone M-991 is a call progress tone generator inte­ grated circuit for use in telephone systems. The circuit uses low-power CMOS techniques to generate tones which are digitally controlled and highly linear. The M-991 is designed

Contextual Info: tCe u d n e CALL PROGRESS TONE RECEIVERS & TRANSMITTERS ' in n o v a t in g SOLUTIONS M-991 Call Progress Tone Generator The Teltone M -991 is an integrated circuit call progress tone generator for use in telephone systems. The circuit uses low-power CMOS techniques to generate tones which are

Contextual Info: CALL PROGRESS TONE RECEIVERS & TRANSMITTERS ìHelzc d n e* 1 IBB INNOVATING SOLUTIONS M-991 Call Progress Tone Generator 8 The Teltone M-991 is a call progress tone generator inte­ grated circuit for use in telephone systems. The circuit uses low-power CMOS techniques to generate tones which are

MR840

Abstract: MR841
Contextual Info: CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT QUARTER 1, 1999 PERFORM PER THE REQUIREMENT OF 25-00008, RELIABILITY MONITOR PROGRAM SPECIFICATION Ed Russell Reliability Manager CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT Quarter 1, 1999

DQ65033QMB06NNS

Abstract: tdk pc95 RM6 ferrite core PQ48033HTB50NKS PQ48033qga25nns pq48033qgb25 PQ48033QGB25NNS pq48018qga25nns TDK RM6 PQ60033EMM15NNS
Contextual Info: File E194341 Project 99ME33731 Issued: May 12, 1999 Revised: October 28, 2005 REPORT on COMPONENT - POWER SUPPLIES, INFORMATION TECHNOLOGY EQUIPMENT, INCLUDING ELECTRICAL BUSINESS EQUIPMENT SynQor Corp. Boxborough , MA Copyright 1999 Underwriters Laboratories Inc.

16F683

Abstract: SR 6863 ELECTRONIC BALLAST 236 cp5 94v-0 5252 F solar CP5 94V0 Amphenol ecomate Assembly instructions Pressure Sensor Spx 3058 rt0618 tag 8807
Contextual Info: ND3% BASE1 XXXX5317-0910-1-P 910 TSQ: 3001 CMS: CMS-USM TS host OP: NN COMP: 18-07-11 Hour: 17:11 TS:TS date TS time CONNECTORS & ACCESSORIES Find Datasheets Online PIN & SOCKET CONNECTORS 0.125” 3.18 POWER CONNECTOR KIT K-225 TRIM TRIO RECTANGULAR SELF-MOUNTING PLASTIC

IEEE488-1

Abstract: IEEE-488-1 ISA-96 7210C ines ieee488 TMS9914A tms9914 the disadvantages of 8051 microprocessor IEEE488 M4882
Contextual Info: KEYPOINT IN AUTOMATION Company Profile ines-Innovative Elektronik Systems was founded in 1985 by Friedel Hacker and Wolfgang Schilling. The first product developed by ines was an IEEE488 interface system for MS-, PCand DR-DOS. The product range has since been

7N60B equivalent

Abstract: 18N50 equivalent ixgh 1499 MOSFET smd 4407 IXDD 614 C 547 B W57 BJT transistor r1275ns20l R1271ns12C IXYS CS 20-22 MOF1 IXTP 220N04T2
Contextual Info: Contents Page General Contents QA and Environmental Management Systems Alphanumeric Index Symbols and Terms Nomenclature Patents and Intellectual Property I II III XVIII XX XXII CLARE Optically Isolated Solid State Relays Optically Isolated AC-Power Switches